Most Starlink Mini mounting guides assume you've got a steel roof and a roof rack already bolted on. Job done.
But caravans and 4WD canopies aren't that simple. Fibreglass roofs. Aluminium canopies. No rack. Wrong rack spacing. The standard advice doesn't cover half the setups actually out there on Australian roads.
This guide covers every common roof type — steel, fibreglass, aluminium — and gives you the right solution for each one. No drilling where you don't need to. No bodge jobs that fail 500km from the nearest town.
First: Why Mounting Matters More Than People Think
The Starlink Mini is a $400+ piece of kit sitting on your roof doing 100km/h down the highway, then bouncing down corrugated dirt roads for hours at a stretch.
A weak mount doesn't just risk losing the dish. It introduces constant micro-vibration that fatigues cables at the connector, works bolts loose over weeks, and can cause the dish to shift position — killing your signal without obvious cause.
A proper mount solves all of this. Set it up right once, and you won't touch it again.
Know Your Roof Before You Buy Anything
The right mounting solution depends entirely on your roof type. Here's how to tell what you've got.
**Steel roof** — A magnet sticks to it. Common on older caravans, some utes with steel canopies, most 4WD roofs.
**Fibreglass roof** — No magnet hold. Lightweight, slightly flexible, hollow sound when tapped. The most common caravan roof type in Australia today.
**Aluminium roof** — No magnet hold. Harder and more rigid than fibreglass, metallic sound when tapped. Common on aluminium canopies and some newer caravans.
**Roof rack fitted** — Steel, aluminium or fibreglass underneath, but you've got crossbars or a platform rack already bolted on.
Work out which category you're in, then go to that section below.
Steel Roof: Magnetic Mount
If your caravan or canopy has a steel roof, you've got the easiest setup. A magnetic mount attaches in seconds, holds firm at highway speeds, and comes off just as fast when you need it.
The VANKOR magnetic mount uses a machined aluminium base — not plastic — with four high-strength neodymium magnets. That distinction matters. Plastic bases flex under load and fatigue over time. The aluminium base is rigid, which means the magnets maintain even contact with the roof and the dish stays level.
**What to look for:**
- Rubber-coated magnets to protect your roof paint
- Aluminium or stainless base — avoid plastic
- Low profile so the dish sits close to the roof and catches less wind
**Cable routing on a steel roof:**
Run the cable down the side of the van through the existing cable entry point, or use a flat cable pass-through to route it through the wall without drilling a new hole. If you're running it through the roof, a proper gland sealed with Sikaflex is the right approach — not silicone, which doesn't bond to caravan materials.
Fibreglass Roof: Magnetic Mount + Mounting Discs
This is where most people get stuck. You've got a fibreglass caravan roof, you want a magnetic mount, but the magnet won't hold to fibreglass.
The solution is a set of stainless steel mounting discs bonded to the roof surface. The discs give the magnets a steel surface to grip — and once they're on, the magnetic mount works exactly as it would on a steel roof.
**How the discs work:**
The VANKOR stainless mounting discs are bonded to your fibreglass roof using high-bond VHB tape. No drilling. No penetrating the roof membrane. The tape is rated for outdoor use, UV-stable, and holds to fibreglass permanently under normal conditions.
**Installation:**
1. Clean the roof surface thoroughly — any wax, dust or contamination will reduce bond strength. Isopropyl alcohol is ideal.
2. Peel and position each disc where the magnet feet will sit.
3. Apply firm pressure across the entire disc for 30–60 seconds. The bond continues to cure over 24–72 hours — don't stress test it straight away.
4. Place the magnetic mount on the discs. Done.
**What this setup gives you:**
The same quick-release portability of a magnetic mount, on a fibreglass roof. Pick the dish up and bring it inside at a busy campsite. Move it to a different vehicle. No permanent modifications to the van.
This is the setup we'd recommend for the majority of Australian caravanners — fibreglass roofs are by far the most common, and this solves the problem cleanly.
Aluminium Canopy: Mounting Discs or Direct Bolt
Aluminium canopies are non-magnetic, so the same disc solution applies. Bond the stainless discs to the canopy roof and the magnetic mount works as normal.
The one difference from fibreglass: aluminium is a harder, smoother surface, so surface prep is even more important before applying the VHB tape. Clean it properly and the bond is excellent.
If you're after a permanent install on an aluminium canopy — especially if the canopy is used hard off-road — direct bolt-through is an option. Drill four holes, use stainless fasteners with neoprene washers, apply sealant around each penetration, and the mount is going nowhere. This is the most secure option for serious offroad use, but it's permanent.
For most people using a canopy for camping and touring, the disc solution is cleaner and reversible.
Roof Rack: Bolt-On Mount
If you've got a roof rack — Rhino Rack, ARB, Yakima, or a custom setup — you don't need magnets at all. The VANKOR mount has pre-drilled M6 mounting holes that bolt directly to rack crossbars or platform surfaces.
This is the most secure mounting option available. The dish is rigid to the rack, the rack is rigid to the vehicle, and the whole assembly moves together. No vibration-induced movement, no magnet contact points to check.
**Roof rack feet add-on:**
For rack setups, the VANKOR roof rack feet convert the standard magnetic mount into a bolt-on bracket. Remove the magnetic feet, install the rack feet, and you've got a permanent fixture. The dish can still be unclipped quickly for storage or transfer to another vehicle.
**Cable routing on a rack:**
With a rack, you've got more routing options. Run the cable along the rack crossbar, down a roof pillar, and into the van through an existing entry point. Use cable clips to keep it tidy and protect it from chafing against rack edges.
Cable Routing: The Part Everyone Gets Wrong
Whatever roof type you've got, the cable still needs to get from the dish to inside the van. This is where a lot of installs get sloppy.
**What not to do:**
- Don't run the cable through a window seal. It looks fine until you hit your first heavy rain crossing.
- Don't use a generic rubber grommet without sealant — vibration works them loose.
- Don't leave excess cable loose on the roof — it'll slap against the surface at speed and wear through.
**The right approach:**
Use a dedicated cable passthrough. The VANKOR waterproof DC passthrough plate mounts in a drilled hole and creates a fully sealed entry point. Cut the hole once, seal it with Sikaflex, and you've got a permanent, weatherproof entry point that won't leak.
If you'd rather avoid drilling entirely, a flat cable pass-through can be routed through an existing entry point or along a door seal. Less clean, but reversible.
Inside the van, terminate the cable at a wall-mounted RJ45 passthrough outlet for a factory-finish look, or run it directly to your 12V converter if you want the simplest possible setup.
For the full 12V wiring guide — converter selection, cable sizing, fusing and remote switching — see our [Starlink Mini 12V Complete System Guide].
Get Your Starlink Mount Sorted Before You Head Off
VANKOR mounts are built specifically for Australian caravans and 4WDs — aluminium base, UV-stable components, and tested on real outback roads. Whether you're on a fibreglass van, a steel-roofed 4WD, or a canopy setup, there's a solution here that doesn't involve drilling holes you'll regret.
Browse the VANKOR Starlink Mini mounting range and get it sorted before your next trip.